Master's degree in Renewable Energy: Conversion of Electrical Power and Grid Integration of Wind and Photovoltaic Systems
Become a specialist in electric power generation systems using renewable sources, from the design, modelling, and control of the electrical and electronic elements that compose them, to their integration into the current and future electrical grid.
- Format: in-person
- Language: Spanish
- Credits: 60 ECTS
- Duration: 2 terms (1 year)
- Places: 25
- Academic head: Eugenio Gubía Villabona
- Centre: School of Industrial & ICT Engineering
- Campus: Pamplona
Presentation
Master’s degree in line with the Sustainable Development Goals of the UN 2030 Agenda.
Who does this Master’s degree target?
Engineers trained in circuit theory and electrical machinery, power electronics and automatic control theory
Why should you study the Master's degree in Renewable Energy: Conversion of Electrical Power and Grid Integration of Wind and Photovoltaic Systems ?
- Training with very high technical qualification in:
- Modelling, design, and control of electric generation systems based on electrical converters and machines
- Integration into the grid of renewable generation systems
- Design of wind farms and photovoltaic plants
- Lecturers with a recognised research and teaching background in renewable energy
- Teaching involvement of professionals from leading companies in the sector
- High employability
- Wide range or End-of-Master’s-degree projects (TFM) in companies, managed by the Chair in Renewable Energy.
You can do this master's degree with:
Specialisation
Training in competencies
Languages
Which degrees may grant me access to the Master's degree in Renewable Energy: Conversion of Electrical Power and Grid Integration of Wind and Photovoltaic Systems ?
- Bachelor’s s degree in Industrial Technology Engineering, specialised in industrial electricity or electronics (priority access)
- Bachelor's degree in Electrical and Electronic Engineering (priority access)
- Bachelor’s degree in Electrical Engineering
- Bachelor's degree in Electronics and Automation
- Other related Bachelor’s degrees (check with the academic head)
What will I be able to work in when I finish the Master's degree in Renewable Energy: Conversion of Electrical Power and Grid Integration of Wind and Photovoltaic Systems ?
- In the main renewable energy companies worldwide, such as Siemens-Gamesa, Acciona Energía, Ingeteam, etc., in:
- Design of energy systems.
- Environmental impact studies and surveys.
- Consulting in other renewable energy sectors.
- Energy audits.
Learning outcomes
Consult the learning outcomes (pending to be approved by ANECA)
Access and admission
Access requirements
In order to access official University Master's degrees it will be necessary to have an official university degree issued by a higher education institution of the European Higher Education Area or any other country which grants access to Master’s degrees in the issuing country..
Specific criteria of the Master's degree
The Master’s degree Academic Commission is ultimately the entity in charge of deciding on admission.
In the case that the demand is higher than the offered positions, students will be accepted to this Master's degree according with the following scale:
- 80% Appropriateness of the Bachelor’s degree curriculum to the training lines of the Master’s degree.
- 10% Weighted average grade of the academic record.
- 10% Other qualifications: Professional or researching experience in topics related to those included in the Master’s degree.
Fundación Carolina offers grants to study this Master’s degree.